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Nobel Prize : Quantum Entanglement Unveiled

Michael Schirber

The 2022 Nobel Prize in Physics honors research on the foundations of quantum mechanics, which opened up the quantum information frontier.

PhysicsOct 4, 20227 citations

Nobel spotlight falls on optics

Edwin Cartlidge

The 2005 Nobel Prize for Physics has been awarded to the theorist who developed the first complete quantum theory of light and to two experimentalists who pushed laser-based spectroscopy to new levels of precision. The laureates' work has been influential in many areas of atomic physics, optics and metrology.

Physics WorldNov 1, 20051 citation

Nobel Prize 2022 in Honor of Quantum Physics

Nougaoui, Abdelkrim

The Nobel Prize in Physics for the year 2022 was awarded to the three physicists: the French Alain Aspect, the American John F. Clauser and the Austrian Anton Zeilinger for their pioneering work in quantum physics experimentation. The three physicists were rewarded for their decisive experiments concerning entanglement quantum states, which will open up new horizons for the quantum computing, quantum coded-communication, quantum network etc. Thus the three physicists have highlighted the property that Einstein never wanted to admit and he has regarded it as a strange action. Quantum theory did really develop until the 1920s years, knowing that it took the probabilistic bent, and as result, the physicists who gave it its first germs found themselves in disagreement with their own points of view. On the one hand, Bohr and with him the Copenhagen point of view and Einstein with EPR point of view, which where at the heart of a debate that took the form of controversy that only erupted with the death of one of the protagonist, Einstein which is the first to have imagined the entanglement property.The Nobel Prize in Physics for the year 2022 was awarded to the three physicists: the French Alain Aspect, the American John F. Clauser and the Austrian Anton Zeilinger for their pioneering work in quantum physics experimentation. The three physicists were rewarded for their decisive experiments concerning entanglement quantum states, which will open up new horizons for the quantum computing, quantum coded-communication, quantum network etc. Thus the three physicists have highlighted the property that Einstein never wanted to admit and he has regarded it as a strange action. Quantum theory did really develop until the 1920s years, knowing that it took the probabilistic bent, and as result, the physicists who gave it its first germs found themselves in disagreement with their own points of view. On the one hand, Bohr and with him the Copenhagen point of view and Einstein with EPR point of view, which where at the heart of a debate that took the form of controversy that only erupted with the death of one of the protagonist, Einstein which is the first to have imagined the entanglement property.

New Journal for Science VulgarizationFeb 17, 20230 citations

The Nobel Prize in Physics 2012: Progress in Cavity Quantum Electrodynamics

Hirano Takuya

The Nobel Prize in physics 2012 was awarded “for ground-breaking experimental methods that enable measuring and manipulation of individual quantum systems”. The methods are based on optical technologies such as a laser, and will open a door to new quantum technologies in which light and matter interact in a qualitatively different manner.

The Review of Laser EngineeringJan 1, 20130 citations

The Nobel Prize in Physics 1997 "for Development of Methods to Cool and Trap Atoms with Laser Light".

Masayoshi Watanabe

The Review of Laser EngineeringJan 1, 19988 citations

Nobel Prize—Topological Phases of Matter

Michael Schirber

The 2016 Nobel Prize in Physics was awarded to theoretical physicists whose work established the role of topology in understanding exotic forms of matter.

PhysicsOct 7, 20166 citations

Nobel Prize : Flashes of Light Catch Electrons in the Act

Abstract

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Nobel Prize : Flashes of Light Catch Electrons in the Act

Abstract

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